Photorealistic Nectarine 3D Scan 3D model

cgtrader

Highly detailed 3D model of a perfectly ripe nectarine captured with photorealistic precision through advanced scanning technology and optimized topology for smooth performance. The model's clean mesh boasts an impressive 98% quad composition, while its real-world scale, set in centimeters, guarantees accuracy. To enhance the model's texture fidelity, high-resolution images are provided. However, studio settings, including backgrounds, lighting setups, and camera configurations, are deliberately omitted to maintain versatility. This 3D model of a nectarine has been expertly optimized for a seamless user experience, boasting clean mesh and an exceptional poly count of approximately 3,845 polygons. Its highly detailed textures ensure photorealism and immersion. To make the model easily renderable, high-resolution texture maps are included in 8k resolution, alongside displacement and normal mapping for realistic effects. Users have two options to work with this asset - a 3D model in fbx and obj format that includes default materials properly assigned or C4D files prepared with standard Corona materials ready for immediate rendering. Users can find easy material setup assistance through a conveniently provided Read Me file if working with the fbx or obj formats. Key information about this asset is summarized below: - The 3D model comprises only one main object. - With 3,847 vertices and a total poly count of approximately 3,845 polygons, the mesh is densely detailed for realism. - It features highly efficient UV mapping without overlapping areas. For optimal usability, all texture maps have been included: 1. Diffuse (png format) 2. Glossiness (png format) 3. Roughness (png format) 4. Normal map (tiff format) 5. Displacement (exr format) 6. SSS Mask (png format) It is my dedication to continually striving for the highest standards of quality that prompts me to invite users to provide feedback if any improvements are suggested. I also commit myself to helping anyone encounter any difficulties during usage or material setup by encouraging open contact.